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Powder Details
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NSP-100
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Silver Nanoparticles NSP-100
Technical Data Sheet Production Description
Silver is a metallic chemical element with the chemical symbol Ag (Latin: argentum) and atomic number 47. A soft, white, lustrous transition metal, Ag has the highest electrical conductivity and the highest thermal conductivity of any metal. The metal occurs naturally in its pure, free form (native silver), or as an alloy with gold and other metals, or in minerals such as argentite and chlorargyrite. Silver nanoparticles appear various kinds of color powders which depend on their morphology and sizes, and they can be dispersed in different solvents (such as water, ethanol, isopropanol) to generate colloidal suspensions. Their sizes are controllable at relative wide range in nanometer scale, typically from about 2nm to several hundred nanometers. Their sizes depend on the preparation conditions. Nanomeet is backed by a large group of experts in the field of nanoscale science and technology. Its most advanced nano-manufacturing and nano-fabrication technologies ensure the highest quality products in this field. The provided silver nanoparticles are highly monodispersed in size, shape, with superior batch to batch uniformity. We are also proud to offer customized services to address client-specific needs.
Product Application
Optical Applications Solar Cells (crystalline silicon, thin film on glass & PET) Medical imaging Optical limiters Surface plasmonic devices
Surface enhanced spectroscopy
Conductive Applications High-intensity LEDs Conductive adhesives Touch screens LCDs
Anti-microbial Applications Air & water purification Films Food preservation
Chemical & Thermal Applications Catalysts Chemical vapor sensors
Specification
Also: NSP-2 / 4 / 7 / 10 / 20/ 40/ 50/ 80/ 100/ 200
| Properties | Unit | Value | Method of Measurement | | NSP-2 | | Diameter | nm | 2 +/- 0.5 | SEM or TEM | | Average Diameter | nm | 2 | - | | Purity | . | > 99.5% | Elemental Analysis | | Molecular Weight | . | 108 | Elemental Analysis | | Appearance | . | Black suspension | Dispersed in solvent / Dry powder | | NSP-4 | | Diameter | nm | 4 +/- 1 | SEM or TEM | | Average Diameter | nm | 4 | - | | Purity | . | > 99.5% | Elemental Analysis | | Molecular Weight | . | 108 | Elemental Analysis | | Appearance | . | Light Blue | Dispersed in solvent / Dry powder | | NSP-7 | | Diameter | nm | 7 +/- 2 | SEM or TEM | | Average Diameter | nm | 7 | - | | Purity | . | > 99.5% | Elemental Analysis | | Molecular Weight | . | 108 | Elemental Analysis | | Appearance | . | Blue | Dispersed in solvent / Dry powder | | NSP-10 | | | | | Diameter | nm | 10 +/- 2 | SEM or TEM | | Average Diameter | nm | 10 | - | | Purity | . | > 99.5% | Elemental Analysis | | Molecular Weight | . | 108 | Elemental Analysis | | Appearance | . | Light Yellow | Dispersed in solvent / Dry powder | | NSP-20 | | Diameter | nm | 20 +/- 3 | SEM or TEM | | Average Diameter | nm | 20 | - | | Purity | . | > 99.5% | Elemental Analysis | | Molecular Weight | . | 108 | Elemental Analysis | | Appearance | . | Light Yellow | Dispersed in solvent / Dry powder | | NSP-40 | | Diameter | nm | 40 +/- 5 | SEM or TEM | | Average Diameter | nm | 40 | - | | Purity | . | > 99.5% | Elemental Analysis | | Molecular Weight | . | 108 | Elemental Analysis | | Appearance | . | Light Yellow | Dispersed in solvent / Dry powder | | NSP-50 | | Diameter | nm | 50 +/- 5 | SEM or TEM | | Average Diameter | nm | 50 | - | | Purity | . | > 99.5% | Elemental Analysis | | Molecular Weight | . | 108 | Elemental Analysis | | Appearance | . | Yellow | Dispersed in solvent / Dry powder | | NSP-80 | | Diameter | nm | 80 +/- 5 | SEM or TEM | | Average Diameter | nm | 80 | - | | Purity | . | > 99.5% | Elemental Analysis | | Molecular Weight | . | 108 | Elemental Analysis | | Appearance | . | Yellow | Dispersed in solvent / Dry powder | | NSP-100 | | Diameter | nm | 100 +/- 10 | SEM or TEM | | Average Diameter | nm | 100 | - | | Purity | . | > 99.5% | Elemental Analysis | | Molecular Weight | . | 108 | Elemental Analysis | | Appearance | . | Graywish Yellow | Dispersed in solvent / Dry powder | | NSP-200 | | Diameter | nm | 200 +/- 10 | SEM or TEM | | Average Diameter | nm | 200 | - | | Purity | . | > 99.5% | Elemental Analysis | | Molecular Weight | . | 108 | Elemental Analysis | | Appearance | . | Graywish Yellow | Dispersed in solvent / Dry powder |
Packaging
Generally silver nanowires are dispersed in solution (water, ethanol, isopropanol, etc.). They can also be provided as dry powders. The package is available in bottles with different sizes according to the request of the customers.
Transportation
All orders come with a data sheet describing the quality of the specific batch, as well as those key information required by the customers. Standard sizes are in stock. Special order sizes will be shipped in two weeks or less. All shipments are sent via express delivery (Fedex, UPS, EMS, et al.).
Precautions
As our products are made for professional users, who should be aware of the chemical or biological states of the products, and the use conditions for specific purposes. Customers are advised to refer to MSDS and/or discuss with our customer service for proper handling.
Storage
Stable storage at 4~30°C. Long time storage may cause slight aggregation and precipitation of the nanowires. Ultrasound vibration can effectively re-suspend the possible sedimentation back to a homogenized state. Please refer to the Safety Data Sheet for further information on the safety storage , use and handling of the products. This information should be thoroughly reviewed prior to acceptance of the products. |
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